CN113537882A - Overseas warehouse commodity inventory management method of cross-border electronic commerce platform - Google Patents
Overseas warehouse commodity inventory management method of cross-border electronic commerce platform Download PDFInfo
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Abstract
The invention discloses a cross-border electronic commerce platform overseas warehouse commodity inventory management method, which collects historical sales parameters of various commodities which are stored in the overseas warehouse correspondingly by each overseas e-commerce enterprise in a predefined time period, and then the historical sales heat index of each overseas e-commerce enterprise corresponding to each commodity is evaluated, and the current remaining storage volume of each commodity is obtained at the same time, further dynamically allocating the storage sections of various commodities corresponding to each overseas e-commerce enterprise by integrating the historical sales heat index of various commodities corresponding to each overseas e-commerce enterprise and the current residual storage volume of various commodities, the storage interval of various commodities corresponding to each overseas e-commerce enterprise can be matched with the current actual sales condition of the commodities in real time, the flexibility of inventory management of various commodities in overseas warehouses is improved, thereby being beneficial to improving the sales volume of various commodities and further increasing the sales profits of overseas e-commerce enterprises.
Description
Technical Field
The invention belongs to the technical field of commodity inventory management, particularly relates to a overseas warehouse commodity inventory management technology, and particularly relates to a overseas warehouse commodity inventory management method of a cross-border electronic commerce platform.
Background
With the rapid development of domestic economy, the purchasing power of domestic residents on overseas high-quality commodities is greatly increased, cross-border electricity merchants are produced according to the huge market demands, and the development is more and more rapid. In order to match the logistics transportation requirements of cross-border e-commerce, the overseas warehouse is produced, compared with the traditional logistics transportation mode, the overseas warehouse logistics mode has the advantages of reducing the logistics cost, shortening the distribution time, expanding the cross-border e-commerce commodity range and the like, and becomes a logistics choice for increasing the cross-border commodity sales competitiveness of more and more cross-border e-commerce enterprises.
The logistics mode of the current overseas warehouse comprises a self-operation overseas warehouse mode and a third-party public service overseas warehouse mode, wherein the third-party public service overseas warehouse mode refers to an overseas warehouse constructed and operated by a third-party logistics enterprise and can provide a whole set of logistics service logistics mode for a plurality of cross-border electric business enterprises.
For the third-party public service overseas warehouse mode, each cross-border e-commerce enterprise cooperating with the overseas warehouse has a respective storage area in the overseas warehouse, however, at present, each cross-border e-commerce enterprise in the respective storage area of the cross-border e-commerce enterprise is invariable after the storage area of each commodity is originally divided, the dynamic change of the sales condition of each commodity is not considered, and the setting of the storage area of each cross-border e-commerce enterprise by the dynamic change of the sales condition has influence. For example, when a certain commodity is divided into storage sections, the current sales heat is low, so the divided storage sections are small in volume, after a stage, the sales heat of the commodity is gradually increased for various reasons to become hot commodity, and at this time, if the original storage section of the commodity is not re-divided, the original storage section of the commodity cannot meet the current inventory demand, so that the later sales volume of the commodity is influenced, and the income of the cross-border e-commerce enterprise is further influenced. Therefore, the fixed storage interval is adopted in the overseas warehouse storage area corresponding to each cross-border electric business to store various commodities, which is obviously not practical and easily affects the later sales of various commodities.
Disclosure of Invention
In order to solve the technical problems, the invention is realized by the following technical scheme:
a cross-border electronic commerce platform overseas warehouse commodity inventory management method comprises the following steps;
step one, overseas warehouse cooperation overseas e-business enterprise statistics: counting overseas e electronic commerce enterprises which are operated by a third-party logistics enterprise and are correspondingly cooperated with each other, numbering the counted overseas electronic commerce enterprises, and marking the overseas electronic commerce enterprises as 1,2, a.
Step two, overseas e-commerce enterprises store commodity type statistics: counting all commodity types which are stored in an overseas warehouse and correspond to each overseas e-commerce enterprise, numbering the commodities stored in each overseas e-commerce enterprise, and sequentially marking the commodities as A, B, a.
Thirdly, acquiring historical sales parameters of the commodities: respectively collecting historical sales parameters of various commodities corresponding to overseas e-commerce enterprises in a predefined time period;
analyzing the historical sales heat of the commodities: according to historical sales parameters of various commodities corresponding to each overseas e-commerce enterprise, evaluating historical sales heat indexes of various commodities corresponding to each overseas e-commerce enterprise;
acquiring the current remaining storage volume of the commodity: acquiring the current residual storage volume of various commodities in the corresponding overseas warehouse storage area of each overseas e-commerce enterprise;
step six, dynamic allocation of commodity storage intervals: dynamically allocating storage sections of various commodities corresponding to each overseas e-commerce enterprise by integrating historical sales heat indexes of various commodities corresponding to each overseas e-commerce enterprise and current residual storage volumes of various commodities;
step seven, acquiring the current inventory of the commodities: acquiring the current inventory of various commodities corresponding to each overseas e-commerce enterprise in real time;
step eight, inventory early warning: comparing the current stock of various commodities corresponding to each overseas e-commerce enterprise with a preset stock early warning value of the commodities corresponding to the overseas e-commerce enterprise, judging whether the current stock of the commodities corresponding to the overseas e-commerce enterprise needs early warning or not, if the current stock needs early warning, acquiring early warning parameters, and early warning the corresponding overseas e-commerce enterprise in time.
In a preferred arrangement, the historical sales parameters include an average historical sales amount and an average historical sales amount.
In a preferred scheme, the specific acquisition process of the historical sales parameters of the various commodities corresponding to the overseas e-commerce enterprises is as follows:
s1, acquiring the quantity of sales orders of various commodities corresponding to each overseas e electronic commerce enterprise and the order time corresponding to each sales order within a predefined time period, and numbering the sales orders of various commodities corresponding to each overseas electronic commerce enterprise according to the sequence of the order time, wherein the numbers are marked as 1,2, a.
S2, collecting commodity sales quantity and order amount from order information corresponding to each sales order of each commodity corresponding to each overseas e-commerce enterprise in a predefined time period;
s3, forming a sales order commodity sales quantity set X by the commodity sales quantities corresponding to the sales orders of the various commodities of the overseas e-commerce enterprises in the predefined time periodi I(xi I1,xi I2,...,xi Ij,...,xi Im)，xi Ij is expressed as the commodity sales number corresponding to the jth sales order of the ith off-shore commercial enterprise corresponding to the ith commodity in the type I in the predefined time period;
s4, calculating the average historical sales volume of the various commodities corresponding to the overseas e-commerce enterprises in the predefined time period according to the commodity sales volume set of the sales order, wherein the calculation formula is
The average historical sales volume of the ith off-shore e-commerce enterprise corresponding to the type I commodity in a predefined time period is represented;
s5, forming sales order commodity sales amount set P by the order amount corresponding to each sales order of each off-shore e-commerce enterprise corresponding to each commodity in the predefined time periodi I(pi I1,pi I2,...,pi Ij,...,pi Im)，pi Ij represents the commodity sales amount corresponding to the jth sales order of the ith off-shore commercial enterprise corresponding to the ith commodity in the type I in a predefined time period;
s6, according to the sales order commodity sales amount set, calculating the average historical sales amount of each commodity corresponding to each overseas e-commerce enterprise in the predefined time period, wherein the calculation formula is
Expressed as the average historical sales amount of the ith off-shore e-commerce enterprise corresponding to category I goods within a predefined time period.
In a preferred scheme, the evaluation calculation formula of the historical sales heat index of each off-shore e-commerce enterprise corresponding to each commodity is
And the index is expressed as the historical sales heat index of the ith off-shore commercial enterprise corresponding to the type I commodity.
In a preferred scheme, in the step five, the current remaining storage volume of each commodity is acquired in the overseas warehouse storage area corresponding to each overseas e-commerce enterprise, and the specific acquisition method thereof comprises the following steps:
w1, calculating the volume of the original storage region of each commodity corresponding to each overseas e-commerce enterprise in the overseas warehouse storage region corresponding to each overseas e-commerce enterprise;
w2, acquiring the current stored volume of each foreign e-commerce enterprise corresponding to each commodity;
w3, subtracting the current storage volume of the commodity from the original storage interval volume of the various commodities corresponding to the overseas e-commerce enterprises to obtain the current residual storage volume of the various commodities corresponding to the overseas e-commerce enterprises.
In a preferred embodiment, the specific operation procedure of the dynamic allocation includes the following steps:
t1, judging whether the storage sections of the overseas e-commerce enterprises corresponding to all the commodity types can be dynamically allocated, further eliminating the commodity types which can not be dynamically allocated according to the judgment result, and reserving the commodity types which can be dynamically allocated;
t2, recording the commodity types which can be dynamically distributed and correspond to each overseas e-commerce enterprise as target commodity types, classifying the target commodity types corresponding to each overseas e-commerce enterprise according to historical sales heat indexes, wherein the sales types comprise hot sales types, general types and late sales types, obtaining the sales types of each overseas e-commerce enterprise corresponding to each target commodity type, classifying the target commodity types corresponding to the same sales types, and obtaining the target commodity types corresponding to each sales type of each overseas e-commerce enterprise;
and T3, distributing the current surplus storage volume of the target commodity type corresponding to the delay type of each overseas e and commercial enterprise to the storage section of the target commodity type corresponding to the hot sale type of the overseas and commercial enterprise to form a new storage section.
In a preferred embodiment, the rule for determining whether the storage sections corresponding to all the commodity types of each overseas e-commerce enterprise can be dynamically allocated is to analyze whether the current remaining storage volume corresponding to each commodity of each overseas e-commerce enterprise is zero, and if the current remaining storage volume corresponding to a certain commodity of a certain overseas e-commerce enterprise is zero, the storage section of the commodity cannot be dynamically allocated, otherwise, the storage section of the commodity can be dynamically allocated.
In a preferred scheme, the early warning value of stock quantity comprises a early warning value of procurement stock quantity and a early warning value of stocked stock quantity.
In a preferred scheme, the specific determination process of whether the current inventory of each commodity corresponding to each overseas e-commerce enterprise needs to be pre-warned is as follows:
r1, comparing the current stock of each overseas e-commerce enterprise corresponding to each commodity with the preset purchase stock warning value of the overseas e-commerce enterprise corresponding to each commodity, if the current stock of a certain commodity is equal to or less than the purchase stock warning value of the commodity, judging that warning is needed, and if the current stock of the certain commodity is greater than the purchase stock warning value of the commodity, executing the step R2;
r2, comparing the current stock of the commodity with the stock warning value of the commodity, if the current stock is greater than or equal to the stock warning value, judging that the warning is needed, and if the current stock is less than the stock warning value, judging that the warning is not needed.
In a preferred scheme, the early warning parameters comprise early warning commodity types and early warning types, wherein the early warning types comprise purchase early warning and stockpiling early warning.
The invention has the following beneficial effects:
(1) the invention collects the historical sale parameters of various commodities stored in the overseas warehouse corresponding to each overseas e-commerce enterprise in the predefined time period, evaluates the historical sale heat index of various commodities corresponding to each overseas e-commerce enterprise, simultaneously obtains the current residual storage volume of various commodities, and then dynamically allocates the storage sections of various commodities corresponding to each overseas e-commerce enterprise by integrating the historical sale heat index of various commodities corresponding to each overseas e-commerce enterprise and the current residual storage volume of various commodities, so that the storage sections of various commodities corresponding to each overseas e-commerce enterprise can be matched with the current actual sale condition of the commodities in real time, thereby greatly overcoming the defect that the storage of various commodities in the overseas warehouse storage area corresponding to each cross-border e-commerce enterprise is not practical due to the adoption of a fixed storage section in the overseas warehouse storage area at present, and improving the flexibility of inventory management of various commodities in the overseas warehouse, thereby being beneficial to improving the sales volume of various commodities and further increasing the sales profits of overseas e-commerce enterprises.
(2) The invention judges the current stock of various commodities corresponding to each overseas e-commerce enterprise by two stock early warning types and carries out early warning of the corresponding early warning type according to the judgment result, so that the current stock of various commodities is kept between the procurement stock early warning value and the stock early warning value and is in a reasonable range, thereby avoiding the phenomenon that the ordering of the commodities is influenced due to the shortage of the stock on the one hand, and avoiding the problem that the commodities are sold in a sluggish way due to the stock accumulation caused by too much stock on the other hand.
(3) In the process of evaluating the historical sales heat indexes of various commodities corresponding to overseas e electronic commerce enterprises, the historical average sales volume and the average historical sales amount of various commodities are fused, and evaluation indexes avoid singleness, so that evaluation results are more comprehensive, and reliable distribution bases are provided for dynamic distribution of various commodity storage sections in the follow-up process.
Drawings
The invention is further illustrated by means of the attached drawings, but the embodiments in the drawings do not constitute any limitation to the invention, and for a person skilled in the art, other drawings can be obtained on the basis of the following drawings without inventive effort.
FIG. 1 is a flow chart of the method steps of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, a cross-border e-commerce platform overseas warehouse commodity inventory management method includes the following steps;
step one, overseas warehouse cooperation overseas e-business enterprise statistics: counting overseas e electronic commerce enterprises which are operated by a third-party logistics enterprise and are correspondingly cooperated with each other, numbering the counted overseas electronic commerce enterprises, and marking the overseas electronic commerce enterprises as 1,2, a.
Step two, overseas e-commerce enterprises store commodity type statistics: counting all commodity types which are stored in an overseas warehouse and correspond to each overseas e-commerce enterprise, numbering the commodities stored in each overseas e-commerce enterprise, and sequentially marking the commodities as A, B, a.
Thirdly, acquiring historical sales parameters of the commodities: respectively acquiring historical sales parameters of various commodities corresponding to each overseas e-commerce enterprise in a predefined time period, wherein the historical sales parameters comprise average historical sales and average historical sales, and the specific acquisition process of the historical sales parameters of various commodities corresponding to each overseas e-commerce enterprise is as follows:
s1, acquiring the quantity of sales orders of various commodities corresponding to each overseas e electronic commerce enterprise and the order time corresponding to each sales order within a predefined time period, and numbering the sales orders of various commodities corresponding to each overseas electronic commerce enterprise according to the sequence of the order time, wherein the numbers are marked as 1,2, a.
The predefined time period in this embodiment may be every month, every two months, every three months, every half year, etc., and may be set according to the actual situation of each overseas e-commerce enterprise;
s2, collecting commodity sales quantity and order amount from order information corresponding to each sales order of each commodity corresponding to each overseas e-commerce enterprise in a predefined time period;
s3, forming a sales order commodity sales quantity set X by the commodity sales quantities corresponding to the sales orders of the various commodities of the overseas e-commerce enterprises in the predefined time periodi I(xi I1,xi I2,...,xi Ij,...,xi Im)，xi Ij is expressed as the commodity sales number corresponding to the jth sales order of the ith off-shore commercial enterprise corresponding to the ith commodity in the type I in the predefined time period;
s4, calculating the average historical sales volume of the various commodities corresponding to the overseas e-commerce enterprises in the predefined time period according to the commodity sales volume set of the sales order, wherein the calculation formula is
The average historical sales volume of the ith off-shore e-commerce enterprise corresponding to the type I commodity in a predefined time period is represented;
s5, forming sales order commodity sales amount set P by the order amount corresponding to each sales order of each off-shore e-commerce enterprise corresponding to each commodity in the predefined time periodi I(pi I1,pi I2,...,pi Ij,...,pi Im)，pi Ij represents the commodity sales amount corresponding to the jth sales order of the ith off-shore commercial enterprise corresponding to the ith commodity in the type I in a predefined time period;
s6, according to the sales order commodity sales amount set, calculating the average historical sales amount of each commodity corresponding to each overseas e-commerce enterprise in the predefined time period, wherein the calculation formula is
The average historical sales amount of the ith off-shore e-commerce enterprise corresponding to the type I commodity in a predefined time period is represented;
analyzing the historical sales heat of the commodities: according to the historical sales parameters of various commodities corresponding to each overseas e-commerce enterprise, the historical sales heat index of various commodities corresponding to each overseas e-commerce enterprise is evaluated
The index is expressed as the historical sales heat index of the ith off-shore e-commerce enterprise corresponding to the type I commodity;
the historical sales popularity index evaluated in the embodiment integrates the historical average sales volume and the average historical sales amount of various commodities, and the evaluation index avoids the singleness, so that the evaluation result is more comprehensive, and a reliable allocation basis is provided for the subsequent dynamic allocation of various commodity storage intervals;
acquiring the current remaining storage volume of the commodity: the method comprises the following steps of obtaining the current residual storage volume of various commodities in the overseas warehouse storage area corresponding to each overseas e-commerce enterprise, wherein the specific obtaining method comprises the following steps:
w1, calculating the volume of the original storage region of each commodity corresponding to each overseas e-commerce enterprise in the overseas warehouse storage region corresponding to each overseas e-commerce enterprise;
w2, acquiring the current stored volume of each foreign e-commerce enterprise corresponding to each commodity;
w3, subtracting the current storage volume of the commodity from the original storage interval volume of the various commodities corresponding to the overseas e-commerce enterprises to obtain the current residual storage volume of the various commodities corresponding to the overseas e-commerce enterprises;
step six, dynamic allocation of commodity storage intervals: the method comprises the following steps of dynamically allocating storage intervals of various commodities corresponding to each overseas e-commerce enterprise by integrating historical sales heat indexes of the various commodities corresponding to the overseas e-commerce enterprise and current remaining storage volumes of the various commodities, wherein the specific operation process comprises the following steps:
t1, judging whether the storage sections corresponding to all commodity types of each overseas e-commerce enterprise can be dynamically allocated, wherein the judgment rule is that whether the current residual storage volume corresponding to various commodities of each overseas e-commerce enterprise is zero or not is analyzed, if the current residual storage volume corresponding to a certain commodity of a certain overseas e-commerce enterprise is zero, the storage section of the commodity cannot be dynamically allocated, otherwise, the storage section of the commodity can be dynamically allocated, further the commodity types which cannot be dynamically allocated are eliminated according to the judgment result, and the commodity types which can be dynamically allocated are reserved;
in the embodiment, the commodity types which cannot be dynamically allocated are removed from all the commodity types corresponding to each overseas e-commerce enterprise, so that the storage sections corresponding to all the commodity types reserved in each overseas e-commerce enterprise can be dynamically allocated, the condition of invalid allocation caused by blindly dynamically allocating the storage sections corresponding to all the commodity types of each overseas e-commerce enterprise is avoided, and the effectiveness of dynamic allocation is favorably improved;
t2, marking the commodity types which can be dynamically allocated corresponding to each overseas e-commerce enterprise as target commodity types, thereby classifying the target commodity types corresponding to each overseas e-commerce enterprise according to historical sales heat indexes, wherein the sales types comprise hot sales types, general types and late sales types, the specific classification method is that the historical sales heat indexes of the target commodity types corresponding to each overseas e-commerce enterprise are respectively compared with a primary historical sales heat index and a secondary historical sales heat index, wherein the primary historical sales heat index is larger than the secondary historical sales heat index, if the historical sales heat index of a certain target commodity type is larger than or equal to the primary historical sales heat index, the sales type corresponding to the target commodity type is a hot sales type, if the historical sales heat index of a certain target commodity type is smaller than or equal to the secondary historical sales heat index, if the historical sales heat index of a certain target commodity type is greater than the secondary historical sales heat index and less than the primary historical sales heat index, the sales type corresponding to the target commodity type is a general type, so that the sales type corresponding to each target commodity type of each overseas e-commerce enterprise is obtained, and the target commodity types corresponding to the same sales type are classified to obtain the target commodity types corresponding to each sales type of each overseas e-commerce enterprise;
t3, comparing the quantity of the target commodity types corresponding to the hot sale types and the quantity of the target commodity types corresponding to the lost sale types of the overseas e-commerce enterprises, and matching according to the comparison result according to the following steps;
t31, if the quantity of the target commodity types corresponding to the hot sales types of the overseas e commercial enterprises is the same as the quantity of the target commodity types corresponding to the late sales types, the current residual storage volume of the target commodity types corresponding to the late sales types of the overseas e commercial enterprises can be correspondingly distributed to the storage intervals of the target commodity types corresponding to the hot sales types of the overseas commercial enterprises according to the one-to-one correspondence principle of the target commodity types corresponding to the late sales types and the hot sales types established by the overseas commercial enterprises, so as to form new storage intervals;
t32, if the quantity of the target commodity corresponding to the hot sale type of the overseas e electric business enterprise is larger than that of the target commodity corresponding to the lost sale type, subtracting the quantity of the target commodity corresponding to the lost sale type from the quantity of the target commodity corresponding to the hot sale type of the overseas electric business enterprise to obtain extra supplementary quantity, screening out part of the target commodity corresponding to the hot sale type of the overseas electric business enterprise to correspond to each target commodity corresponding to the lost sale type one by one, wherein the screening principle can be set by the overseas electric business enterprise, the screened target commodity is marked as the target commodity to be matched, the non-screened target commodity is marked as the supplementary target commodity, so as to allocate the current residual storage volume corresponding to each target commodity of the lost sale type to the storage interval corresponding to the target commodity to be matched corresponding to the target commodity, selecting commodity types meeting the additional supplement quantity from the target commodity types corresponding to the general types of the overseas e-commerce enterprises, wherein the selected commodity types are marked as key commodity types, each key commodity type respectively corresponds to one supplement target commodity type, and the selection principle is that the current residual storage volume corresponding to each key commodity type is distributed to the storage interval of the supplement target commodity type corresponding to the key commodity type according to the sequence from small to large of the historical sales heat index of each target commodity type corresponding to the general type, so that a new storage interval is formed;
t33, if the quantity of the target commodity types corresponding to the hot sales type of an overseas e business enterprise is less than that of the target commodity types corresponding to the lost sales type, selecting the commodity types meeting the quantity of the target commodity types corresponding to the hot sales type from the target commodity types corresponding to the lost sales type of the oversee business enterprise, and marking the selected commodity types as matched commodity types, wherein each selected matched commodity type respectively corresponds to one hot sales type target commodity type, and the selection principle is that the historical sales heat indexes of each target commodity type corresponding to the lost sales type are in a sequence from small to large, so that the current residual storage volume corresponding to each selected matched commodity type is allocated to the storage interval of the hot sales type target commodity type corresponding to the matched commodity type, and a new storage interval is formed;
in the embodiment, historical sales parameters of various commodities stored in the overseas warehouse corresponding to each overseas e-commerce enterprise are acquired in a predefined time period, historical sales heat indexes of various commodities corresponding to each overseas e-commerce enterprise are evaluated according to the historical sales heat indexes, current residual storage volumes of various commodities are acquired simultaneously, and then storage sections of various commodities corresponding to each overseas e-commerce enterprise are dynamically distributed by integrating the historical sales heat indexes of various commodities corresponding to each overseas e-commerce enterprise and the current residual storage volumes of various commodities, so that the storage sections of various commodities corresponding to each overseas e-commerce enterprise can be matched with the current actual sales condition of the commodities in real time, the defect that the commodities are not practical due to the fact that fixed storage sections are adopted in the overseas storage area corresponding to each cross-border e-commerce enterprise at present is overcome, and the flexibility of inventory management of various commodities in the overseas is improved, thereby being beneficial to improving the sales volume of various commodities and further increasing the sales profits of overseas e-commerce enterprises;
in the dynamic allocation process of the storage sections of various commodities corresponding to various overseas e-commerce enterprises, various conditions are comprehensively considered, and a targeted allocation scheme is provided for various conditions, so that the allocation mode has more practical operability and stronger practicability.
Step seven, acquiring the current inventory of the commodities: acquiring the current inventory of various commodities corresponding to each overseas e-commerce enterprise in real time;
step eight, inventory early warning: comparing the current stock of various commodities corresponding to each overseas e-commerce enterprise with a preset stock early warning value of the corresponding commodity of the overseas e-commerce enterprise, wherein the stock early warning value comprises a procurement stock early warning value and a stocked stock early warning value, so as to judge whether the current stock of the various commodities corresponding to each overseas e-commerce enterprise needs early warning, and the specific early warning judgment process comprises the following steps:
r1, comparing the current stock of each overseas e-commerce enterprise corresponding to each commodity with the preset purchase stock warning value of the overseas e-commerce enterprise corresponding to each commodity, if the current stock of a certain commodity is equal to or less than the purchase stock warning value of the commodity, judging that warning is needed, and if the current stock of the certain commodity is greater than the purchase stock warning value of the commodity, executing the step R2;
r2, comparing the current stock of the commodity with the stock early warning value of the commodity, if the current stock is more than or equal to the stock early warning value, judging that early warning is needed, and if the current stock is less than the stock early warning value, judging that early warning is not needed;
if the early warning is needed, acquiring early warning parameters, wherein the early warning parameters comprise early warning commodity types and early warning types, the early warning types comprise purchase early warning and stockpiling early warning, and the early warning commodity types refer to the commodity types needing the early warning, timely contact the overseas e-commerce enterprise, and transmit the early warning commodity types and the early warning types to the overseas e-commerce enterprise.
According to the embodiment, two inventory early warning types are judged for the current inventory of various commodities corresponding to each overseas e electronic commerce enterprise, and early warning corresponding to the early warning types is carried out according to the judgment result, so that the current inventory of various commodities is kept between the procurement inventory early warning value and the inventory early warning value and is in a reasonable range, on one hand, the phenomenon that ordering of the commodities is influenced due to shortage of the inventory is avoided, on the other hand, the problem that the commodities are sold in a stagnation manner due to excessive inventory is avoided, and compared with the case that the inventory is only used for early warning when the inventory is too small, the early warning mode embodies comprehensiveness and depth of early warning, greatly reduces inventory management cost caused by inventory stocking of the commodities, and improves reasonability and effectiveness of commodity inventory management.
According to the overseas warehouse logistics mode, the storage intervals of various commodities, corresponding to various overseas e-commerce enterprises, in the overseas warehouse storage area are dynamically distributed, and the current inventory of various commodities is comprehensively and deeply pre-warned, so that the commodity inventory management of the cross-border e-commerce enterprises in the overseas warehouse is more perfect and more intelligent, a third-party public service overseas warehouse mode is more attractive, and the competitiveness of the overseas warehouse logistics mode is improved.
The foregoing is merely exemplary and illustrative of the present invention and various modifications, additions and substitutions may be made by those skilled in the art to the specific embodiments described without departing from the scope of the invention as defined in the following claims.
Claims (10)
1. A cross-border electronic commerce platform overseas warehouse commodity inventory management method is characterized by comprising the following steps;
step one, overseas warehouse cooperation overseas e-business enterprise statistics: counting overseas e electronic commerce enterprises which are operated by a third-party logistics enterprise and are correspondingly cooperated with each other, numbering the counted overseas electronic commerce enterprises, and marking the overseas electronic commerce enterprises as 1,2, a.
Step two, overseas e-commerce enterprises store commodity type statistics: counting all commodity types which are stored in an overseas warehouse and correspond to each overseas e-commerce enterprise, numbering the commodities stored in each overseas e-commerce enterprise, and sequentially marking the commodities as A, B, a.
Thirdly, acquiring historical sales parameters of the commodities: respectively collecting historical sales parameters of various commodities corresponding to overseas e-commerce enterprises in a predefined time period;
analyzing the historical sales heat of the commodities: according to historical sales parameters of various commodities corresponding to each overseas e-commerce enterprise, evaluating historical sales heat indexes of various commodities corresponding to each overseas e-commerce enterprise;
acquiring the current remaining storage volume of the commodity: acquiring the current residual storage volume of various commodities in the corresponding overseas warehouse storage area of each overseas e-commerce enterprise;
step six, dynamic allocation of commodity storage intervals: dynamically allocating storage sections of various commodities corresponding to each overseas e-commerce enterprise by integrating historical sales heat indexes of various commodities corresponding to each overseas e-commerce enterprise and current residual storage volumes of various commodities;
step seven, acquiring the current inventory of the commodities: acquiring the current inventory of various commodities corresponding to each overseas e-commerce enterprise in real time;
step eight, inventory early warning: comparing the current stock of various commodities corresponding to each overseas e-commerce enterprise with a preset stock early warning value of the commodities corresponding to the overseas e-commerce enterprise, judging whether the current stock of the commodities corresponding to the overseas e-commerce enterprise needs early warning or not, if the current stock needs early warning, acquiring early warning parameters, and early warning the corresponding overseas e-commerce enterprise in time.
2. The method as claimed in claim 1, wherein the cross-border e-commerce platform overseas warehouse goods inventory management method comprises: the historical sales parameters include an average historical sales amount and an average historical sales amount.
3. The method as claimed in claim 1, wherein the cross-border e-commerce platform overseas warehouse goods inventory management method comprises: the specific acquisition process of the historical sales parameters of various commodities corresponding to each overseas e-commerce enterprise is as follows:
s1, acquiring the quantity of sales orders of various commodities corresponding to each overseas e electronic commerce enterprise and the order time corresponding to each sales order within a predefined time period, and numbering the sales orders of various commodities corresponding to each overseas electronic commerce enterprise according to the sequence of the order time, wherein the numbers are marked as 1,2, a.
S2, collecting commodity sales quantity and order amount from order information corresponding to each sales order of each commodity corresponding to each overseas e-commerce enterprise in a predefined time period;
s3, forming a sales order commodity sales quantity set X by the commodity sales quantities corresponding to the sales orders of the various commodities of the overseas e-commerce enterprises in the predefined time periodi I(xi I1,xi I2,...,xi Ij,...,xi Im)，xi Ij tableThe commodity sales number corresponding to the jth sales order of the ith off-shore e-commerce enterprise corresponding to the ith commodity in the type I within a predefined time period;
s4, calculating the average historical sales volume of the various commodities corresponding to the overseas e-commerce enterprises in the predefined time period according to the commodity sales volume set of the sales order, wherein the calculation formula is
The average historical sales volume of the ith off-shore e-commerce enterprise corresponding to the type I commodity in a predefined time period is represented;
s5, forming sales order commodity sales amount set P by the order amount corresponding to each sales order of each off-shore e-commerce enterprise corresponding to each commodity in the predefined time periodi I(pi I1,pi I2,...,pi Ij,...,pi Im)，pi Ij represents the commodity sales amount corresponding to the jth sales order of the ith off-shore commercial enterprise corresponding to the ith commodity in the type I in a predefined time period;
s6, according to the sales order commodity sales amount set, calculating the average historical sales amount of each commodity corresponding to each overseas e-commerce enterprise in the predefined time period, wherein the calculation formula is
Expressed as the average historical sales amount of the ith off-shore e-commerce enterprise corresponding to category I goods within a predefined time period.
4. The method as claimed in claim 1, wherein the cross-border e-commerce platform overseas warehouse goods inventory management method comprises: the overseas e-commerce enterprises correspond to historical sales of various commoditiesThe heat index is evaluated and calculated according to the formula
And the index is expressed as the historical sales heat index of the ith off-shore commercial enterprise corresponding to the type I commodity.
5. The method as claimed in claim 1, wherein the cross-border e-commerce platform overseas warehouse goods inventory management method comprises: in the fifth step, the current remaining storage volume of each commodity is acquired in the overseas warehouse storage area corresponding to each overseas e-commerce enterprise, and the specific acquisition method comprises the following steps:
w1, calculating the volume of the original storage region of each commodity corresponding to each overseas e-commerce enterprise in the overseas warehouse storage region corresponding to each overseas e-commerce enterprise;
w2, acquiring the current stored volume of each foreign e-commerce enterprise corresponding to each commodity;
w3, subtracting the current storage volume of the commodity from the original storage interval volume of the various commodities corresponding to the overseas e-commerce enterprises to obtain the current residual storage volume of the various commodities corresponding to the overseas e-commerce enterprises.
6. The method as claimed in claim 1, wherein the cross-border e-commerce platform overseas warehouse goods inventory management method comprises: the specific operation process of the dynamic allocation comprises the following steps:
t1, judging whether the storage sections of the overseas e-commerce enterprises corresponding to all the commodity types can be dynamically allocated, further eliminating the commodity types which can not be dynamically allocated according to the judgment result, and reserving the commodity types which can be dynamically allocated;
t2, recording the commodity types which can be dynamically distributed and correspond to each overseas e-commerce enterprise as target commodity types, classifying the target commodity types corresponding to each overseas e-commerce enterprise according to historical sales heat indexes, wherein the sales types comprise hot sales types, general types and late sales types, obtaining the sales types of each overseas e-commerce enterprise corresponding to each target commodity type, classifying the target commodity types corresponding to the same sales types, and obtaining the target commodity types corresponding to each sales type of each overseas e-commerce enterprise;
and T3, distributing the current surplus storage volume of the target commodity type corresponding to the delay type of each overseas e and commercial enterprise to the storage section of the target commodity type corresponding to the hot sale type of the overseas and commercial enterprise to form a new storage section.
7. The method as claimed in claim 6, wherein the cross-border e-commerce platform overseas warehouse goods inventory management method comprises: the rule for judging whether the storage sections corresponding to all the commodity types of each overseas e-commerce enterprise can be dynamically allocated is to analyze whether the current residual storage volume corresponding to each commodity of each overseas e-commerce enterprise is zero, if the current residual storage volume corresponding to a certain commodity of a certain overseas e-commerce enterprise is zero, the storage section of the commodity cannot be dynamically allocated, otherwise, the storage section of the commodity can be dynamically allocated.
8. The method as claimed in claim 1, wherein the cross-border e-commerce platform overseas warehouse goods inventory management method comprises: the stock early warning value comprises a procurement stock early warning value and a stocked stock early warning value.
9. The method as claimed in claim 1, wherein the cross-border e-commerce platform overseas warehouse goods inventory management method comprises: the specific judgment process of whether the current inventory of various commodities corresponding to each overseas e-commerce enterprise needs early warning or not is as follows:
r1, comparing the current stock of each overseas e-commerce enterprise corresponding to each commodity with the preset purchase stock warning value of the overseas e-commerce enterprise corresponding to each commodity, if the current stock of a certain commodity is equal to or less than the purchase stock warning value of the commodity, judging that warning is needed, and if the current stock of the certain commodity is greater than the purchase stock warning value of the commodity, executing the step R2;
r2, comparing the current stock of the commodity with the stock warning value of the commodity, if the current stock is greater than or equal to the stock warning value, judging that the warning is needed, and if the current stock is less than the stock warning value, judging that the warning is not needed.
10. The method as claimed in claim 1, wherein the cross-border e-commerce platform overseas warehouse goods inventory management method comprises: the early warning parameters comprise early warning commodity types and early warning types, wherein the early warning types comprise purchase early warning and stockpiling early warning.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113781186A (en) * | 2021-11-09 | 2021-12-10 | 山东沣品信息网络科技有限公司 | Commodity marketing control method and system based on big data |
| CN114626921A (en) * | 2022-03-17 | 2022-06-14 | 武汉洋洪电子商务有限公司 | E-commerce platform online shopping mall commodity sales promotion management method, system and computer storage medium |
| CN116151931A (en) * | 2023-04-04 | 2023-05-23 | 济宁大爱服装有限公司 | Cross-border e-commerce sales integrated data processing system based on artificial intelligence |
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2021
- 2021-07-12 CN CN202110785070.2A patent/CN113537882A/en not_active Withdrawn
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113781186A (en) * | 2021-11-09 | 2021-12-10 | 山东沣品信息网络科技有限公司 | Commodity marketing control method and system based on big data |
| CN114626921A (en) * | 2022-03-17 | 2022-06-14 | 武汉洋洪电子商务有限公司 | E-commerce platform online shopping mall commodity sales promotion management method, system and computer storage medium |
| CN116151931A (en) * | 2023-04-04 | 2023-05-23 | 济宁大爱服装有限公司 | Cross-border e-commerce sales integrated data processing system based on artificial intelligence |
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